A body of mass is oscillating on a spring with spring constant There is a friction proportional to the body's velocity, represented by the function . Initially, the position of the body was and the velocity was where denotes the difference in the length of the spring from its original length. What is the amplitude of the body when
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A body of mass is oscillating on a spring with spring constant There is a friction proportional to the body's velocity, represented by the function . Initially, the position of the body was and the velocity was where denotes the difference in the length of the spring from its original length. What is the velocity of the body when
A body of mass is oscillating on a spring with spring constant There is a friction proportional to the body's velocity, represented by the function Initially, the position of the body was and the velocity was where denotes the difference in the length of the spring from its original length. What is the velocity of the body when
A body of mass is oscillating on a spring with spring constant There is a friction proportional to the body's velocity, represented by the function Initially, the position of the body was and the velocity was where denotes the difference in the length of the spring from its original length. What is the ratio of the amplitude to the initial amplitude when
A body of mass is oscillating on a spring with spring constant There is a friction proportional to the body's velocity, represented by the function . Initially, the position of the body was and the velocity was where denotes the difference in the length of the spring from its original length. What is the position of the body when